The impact of socio-economic transformation on forest fragmentation: a case study of the Wuling Mountain Area
Year: 2026
Type: article
Abstract: Purpose The aim of this paper is to examine the impacts of socio-economic transformation on forest fragmentation and to reveal the mediating transmission mechanisms of labor out-migration, agricultural productivity improvement and energy structure transition in this process, providing empirical evidence for achieving synergistic development and conservation in impoverished regions. Design/methodology/approach Based on panel data from 71 counties in the Wuling Mountain Area spanning 2003–2023, this research establishes a socio-economic transformation indicator framework encompassing four dimensions: economic development foundation, industrial structure modification, social advancement and green development. Using fixed effects models and mediation effect models, the study systematically investigates the impacts of socio-economic transformation on forest fragmentation and its transmission mechanisms. Findings First, socio-economic transformation exerts a considerable mitigating effect on forest fragmentation in the Wuling Mountain Area. Second, labor out-migration, agricultural productivity improvement and energy structure transition represent three key mediating pathways through which transformation alleviates forest fragmentation. Third, the mitigating effect of socio-economic transformation demonstrates notable heterogeneity. Originality/value This study introduces the perspective of socio-economic transformation into forest fragmentation research. Using the Wuling Mountain Area, a contiguous poverty-stricken region in China, as a case study, it broadens the analytical framework of Forest Transition Theory by integrating wider socio-economic transformation processes into the elucidation of forest fragmentation dynamics. Highlights:
Source: Forestry Economics Review
Authors: Fajun Zhou, Hongye Peng, Lingchao Li
Institution: Beijing Forestry University
Language: English
Subfield: Global and Planetary Change
Field: Environmental Science
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W7225739740